Collapsible wire mesh container for machined and cast iron parts: Q235 welded mesh, reinforced U-channel base, stacking feet, visible 50 × 50 mm mesh and project-defined load limits.
Cast iron parts crush cartons. Loose floor storage hides inventory and consumes handling space. Stbox converts the load into a stackable steel unit that can be moved by forklift or pallet jack, while the 50 × 50 mm welded mesh keeps the contents visible and ventilated.
For machining, casting and metal-product plants, the working structure is Q235 welded mesh with a reinforced base, formed stacking feet and a front half-drop gate. The bottom U-channel reinforcement transfers distributed load through the base; the formed feet locate the next container when stacking. This is a project-engineered handling unit, not a universal load rating: final capacity depends on the selected drawing, load distribution, handling equipment and stacking condition.
Use the assembled cage for parts storage and line-side WIP; fold it when empty to reduce return and staging volume. The folding height is project-specific—only the 13967 configuration is recorded at 190 mm, so it must not be applied to other dimensions.
A 50 × 50 mm mesh is open enough for inspection and ventilation, but it is not automatically suitable for every part. A PP corrugated-board liner can help contain smaller pieces and separate precision surfaces from the steel mesh.
For the 15059 project reference, the 1,000 × 800 × 840 mm cage is recorded at 1,400 kg per container and four-high stacking with the upper-container total limited to 2,000 kg. These are project figures, not a universal Stbox rating.
Q235 welded mesh forms the cage, while the U-channel base reinforcement and formed stacking feet address the concentrated forces created by loaded handling and stacked units. The final reinforcement arrangement is confirmed by project drawing.
Operators can see fill level and part mix without opening a closed box. Air can also pass through the mesh. Before approval, compare the opening with the smallest part and specify a PP liner if a part could pass through or be marked.
The documented front drop gate creates a practical manual access point for loading and picking. Confirm opening side, gate geometry and aisle clearance when the cage is used beside machining or assembly stations.
Forklift and pallet-jack handling are supported in the project materials, while the collapsible construction reduces empty storage volume. Do not treat a visual four-way entry or a caster version as a standard promise; verify the selected base and equipment interface.
Send the part type, single-piece weight, dimensions, sharp edges, surface sensitivity and the number of pieces per container. Include whether cylindrical parts can roll or rotate toward the mesh.
Confirm total contents weight, static or dynamic use, load distribution, forklift or pallet-jack model, aisle conditions and the required stack height. We then select the applicable project envelope rather than combine figures from different jobs.
Decide whether the cage needs a PP liner, lid, lock, caster or a half-drop gate. Select electro/cold zinc or hot-dip zinc against the actual indoor, damp, outdoor or chemical environment; coating thickness and acceptance criteria are project items.
Before production, confirm dimensions, wire gauge, base reinforcement, feet, gate direction, load limits, stacking rule, packaging and inspection method on the final drawing and order confirmation.
There is no single universal Stbox rating. The 15059 project reference records 1,400 kg per cage for a 1,000 × 800 × 840 mm configuration with 50 × 50 mm mesh, full-size 6 mm wire and Q235 material. Other project records show 1,000 kg per cage under different dimensions and load definitions. We need your part weight, quantity, distribution and handling condition before confirming the applicable load.
For the 15059 reference only, four-high stacking is recorded with the total weight of the upper containers limited to 2,000 kg. That does not mean every box above the bottom one may be loaded to 1,400 kg. Other project records use different upper-load limits. The final drawing must state the permitted stack height and upper-container total for your selected build.
It depends on the smallest cross-section, orientation and whether a part can roll or turn. Larger machined and cast components may be suitable, but no supplier should guarantee containment from the mesh size alone. Send the smallest part dimensions or a photo; specify a PP corrugated-board liner when small parts, burrs, finished surfaces or dust require a barrier.
Recorded project configurations include 1,000 × 800 × 840 mm, 1,050 × 1,050 × 1,000 mm and 800 × 1,200 × 890 mm. They are separate project variants, not a combined standard specification. Electro/cold zinc and hot-dip zinc options are also project-dependent; confirm the selected dimensions, coating target and environment on the quotation.
The 15059 technical proposal identifies both forklift and pallet-jack handling. Equipment capacity, fork dimensions, entry direction, load centre, floor condition and operating clearance still need review. Inspect the feet, base channels, welds and mesh after impacts; isolate any cage showing distortion, cracked welds or unstable feet.
Choose another configuration or add protection when the contents require a dust-tight or theft-resistant enclosure, when the smallest parts can pass through 50 × 50 mm openings, when surfaces cannot contact steel, or when the selected floor and handling equipment cannot safely support the load. A lid, lock, liner or different container may solve those conditions after review.
